
Award Nominations Breeding Success
Despite not winning, we were recently commended in all of the awards we were shortlisted for; and, the team are hungry for more.

Despite not winning, we were recently commended in all of the awards we were shortlisted for; and, the team are hungry for more.

We are pleased to announce that we have addressed a growing industry need for faster delivery of our transducer range with a new range of short lead-time transducers.

We are proud to announce that we have been nominated for three prestigious business awards, both locally and nationally.

Tom has just had a paper published – Effect of temperature on the pulse-echo performance of ultrasonic transducers fabricated with PVDF film

We recently sponsored a competition at Strathclyde University encouraging second-year lab students to combine fun with a bit of ingenuity.

Members of the R&D team at Precision Acoustics are due to travel to Cumbria next month to irradiate three new styles of sensor which have been designed to withstand high levels of radiation.

We are pleased to introduce our new online portal, which enables people to easily buy our most popular “off-the-shelf” products online.

Dr. Paul Morris, our Principal Development Engineer, was recently invited to the National Instruments Future Faster Event in Austin, Texas

Having recently replaced some of our IT equipment, we decided to send the old equipment to The Brains Institute in Kenya to maximise its legacy.

Production Manager Adam Pounder has been awarded the prestigious Prince 2 certificate in Project Management this month.

Represented by Dr Andrew Hurrell and Jess Dendura, we recently attended a conference at Le Studium, Loire Valley Institute for Advanced Studies and Inserm Research in Orléans, France.

As specialists in the design, development & manufacture of ultrasonic measuring equipment devices, our offering goes far beyond a catalogue of standard products.

Our one-day course aims to give basic competence in selecting and using hydrophones for making pressure measurements in the MHz frequency range.

Our Principal Research Physicist, Andrew Hurrell, has created a new tutorial – Ultrasonic Nonlinear Propagation.

We can now characterise moderate to low loss materials from 200 kHz to 13 MHz. For higher loss materials, the maximum frequency of measurement could be reduced due to dynamic range limitations.

We have recently launched a new high performance composite material designed for transducer backings operating under elevated hydrostatic pressures at 200 kHz and above – TBW650.

Our Principal Research Physicist, Andrew Hurrell, has co-written a paper with colleagues from Oxford Brookes, Greenwich and Brunel Universities.

We are delighted to be announced as ‘Design Team of the Year’ Winners at the British Engineering Excellence Awards (BEEAs) for our work on Project reDRESS.

We are excited to announce that our collaborative project, ReDRESS, has been shortlisted for two prestigious British awards.

Megan Jenkinson, one of our Research Physicists, has recently been elected as the Vice-Chair of the IEEE UFFC Industrial Engagement Committee.

Following a rigorous design process during 2020, we have just launched a new range of environmentally friendlier packaging for our transducer range.

A project to develop and manufacture radiation resilient ultrasonic sensors (reDRESS) has been completed with high praise from the project’s funding body.
If you would like more information, please get in touch by phone, email or enquiry form.
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